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Claude 4.7 Opus vs QVQ-Max

Compare pricing, context windows, and strengths for Claude 4.7 Opus by Anthropic and QVQ-Max by Alibaba Cloud - and see how to put either to work in Appaca.

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Claude 4.7 Opus

Anthropic's latest frontier Opus model, purpose-built for advanced software engineering, long-horizon agent work, and high-resolution multimodal reasoning.

View Claude 4.7 Opus
vision

QVQ-Max

High-end visual reasoning model with strong math, coding, and diagram understanding.

View QVQ-Max

Claude 4.7 Opus vs QVQ-Max at a glance

Specs and pricing side by side, from the Appaca AI models directory.

Spec Claude 4.7 Opus QVQ-Max
Provider Anthropic Alibaba Cloud
Model type Text Vision
Context window 1M tokens 131.1K tokens
Input price $5 / 1M tokens $1.147 / 1M tokens
Output price $25 / 1M tokens $4.588 / 1M tokens
Status Current Current
Key differences

How Claude 4.7 Opus and QVQ-Max differ

What the numbers mean in practice when choosing between Claude 4.7 Opus and QVQ-Max.

  • QVQ-Max is 77% cheaper on input tokens ($1.147 vs $5 per million), which adds up quickly in document-heavy workloads.

  • QVQ-Max is 82% cheaper on output tokens ($4.588 vs $25 per million) - the bigger factor for tools that generate long documents.

  • Claude 4.7 Opus's 1M tokens context window is roughly 7.6x larger than QVQ-Max's 131.1K tokens, so it can work across bigger codebases, contracts, or archives in one pass.

  • These are different kinds of model: Claude 4.7 Opus is a text model while QVQ-Max is a vision model, so they often complement each other in a workflow rather than compete.

Strengths side by side

Where each model shines, according to benchmarks and provider positioning.

Claude 4.7 Opus

1. State-of-the-art software engineering

  • A notable upgrade over Opus 4.6 on the hardest coding tasks, with users reporting they can hand off work that previously required close supervision.
  • Early partners reported double-digit gains on real-world benchmarks - e.g., Cursor saw CursorBench jump from 58% to 70%, and Rakuten-SWE-Bench resolution tripled versus Opus 4.6.
  • Handles complex, long-running tasks with rigor: plans carefully, catches its own logical faults, and verifies its outputs before reporting back.

2. Long-horizon agent reliability

  • Full 1M token context window at standard pricing, with state-of-the-art long-context consistency.
  • Far fewer tool errors, stronger recovery from tool failures, and better follow-through on multi-step workflows - designed for async work like CI/CD, automations, and managing multiple agents in parallel.
  • Stronger file-system-based memory, retaining useful notes across long, multi-session runs.

3. Sharper instruction following and honesty

  • Takes instructions literally and precisely - existing prompts may need re-tuning since earlier models were more lenient.
  • More honest about its own limits: reports missing data instead of fabricating plausible-but-wrong answers, and resists dissonant-data traps that tripped up Opus 4.6.

4. Substantially improved vision and multimodal reasoning

  • Accepts images up to 2,576 px on the long edge (~3.75 MP) - over 3x more than prior Claude models.
  • Unlocks dense-screenshot computer use, complex diagram extraction, and pixel-perfect reference tasks.
  • Stronger document reasoning for enterprise analysis (e.g., 21% fewer errors than Opus 4.6 on Databricks' OfficeQA Pro).

5. Top-tier professional knowledge work

  • State-of-the-art on the Finance Agent evaluation and GDPval-AA, with tighter, more professional finance analyses, models, and presentations.
  • Strong on legal work - e.g., 90.9% on BigLaw Bench at high effort, with better-calibrated reasoning on review tables and ambiguous edits.
  • Noted by design-focused partners as the best model for building dashboards and data-rich interfaces.

6. Modern effort and budget controls

  • Introduces a new xhigh effort level between high and max for finer control over reasoning vs. latency.
  • Task budgets (public beta) let developers guide token spend across long runs.
  • Recommended to start with high or xhigh effort for coding and agentic use cases.

QVQ-Max

1. Strongest visual reasoning in Qwen lineup

  • Handles charts, diagrams, puzzles.

2. Great for math + vision hybrids

  • Geometry, visual logic testing.

3. High-quality instruction following

  • Consistent formatting and detailed responses.
Appaca

Use Claude 4.7 Opus or QVQ-Max - or both

Appaca is the AI workspace for operators. Build internal tools and AI co-workers powered by Claude 4.7 Opus or QVQ-Max - connected to your real data and ready for your whole team. No code, no deployment.

Describe it, and it's built

Tell the Appaca agent the internal tool you need and it builds a working app powered by Claude 4.7 Opus or QVQ-Max. No code, no API keys, no deployment.

Switch models without rebuilding

Start on Claude 4.7 Opus, test the same tool on QVQ-Max, and keep whichever performs better - the rest of your app stays exactly as it is.

Automated for the whole team

Schedule tools to run on autopilot - daily digests, weekly reports, real-time triggers - and share them with your whole team from one workspace.

Describe it, and it's built

Tell the Appaca agent what your team needs and it builds a working app powered by Claude 4.7 Opus or QVQ-Max - connected to the tools you already use.

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Keep comparing

Related comparisons

See how Claude 4.7 Opus and QVQ-Max stack up against other models in the directory.

FAQs

Is Claude 4.7 Opus cheaper than QVQ-Max?

QVQ-Max is generally cheaper: $1.147 input / $4.588 output per million tokens, versus $5 / $25 for Claude 4.7 Opus. Actual cost depends on how many tokens your workload reads and writes.

Which has the larger context window, Claude 4.7 Opus or QVQ-Max?

Claude 4.7 Opus has the larger context window at 1M tokens, compared to 131.1K tokens for QVQ-Max. A larger window means the model can consider more text at once - useful for long contracts, codebases, or months of records.

Should I use Claude 4.7 Opus or QVQ-Max?

It depends on the job. Compare the pricing, context window, and strengths above against your workload - and remember the choice isn't permanent. In Appaca you can build a tool on Claude 4.7 Opus, test the same tool on QVQ-Max, and switch at any time without rebuilding anything.

Can I use Claude 4.7 Opus and QVQ-Max without writing code?

Yes. Appaca is a no-code AI workspace: describe the internal tool your team needs and the Appaca agent builds it as a working app powered by Claude 4.7 Opus, QVQ-Max, or any other model in the directory - with a built-in database, team access, and integrations. No API keys to wire up and nothing to deploy.

Build AI tools with Claude 4.7 Opus or QVQ-Max

Describe the tool your team needs and get a working app powered by the model you choose - with a built-in database, team access, and integrations. No code, no deployment.